ライフサイエンスコーパス: early morning

1 idopsis regulates BBX32 and expressed in the early morning.

2 octurnal rise occurring between midnight and early morning.

3 potential of the atmosphere, particularly in early morning.

4 onset in the early evening and offset in the early morning.

5 ion was high in the afternoon and low in the early morning.

6 t are highly active throughout the night and early morning.

7 th the majority peaking in the late night to early morning.

8 while CLOCK/BMAL1 activity peaks during the early morning.

9 the circadian signal promoting sleep in the early morning.

10 r sleep-like states is in the late night and early morning.

11 est pain that manifested in the evenings and early mornings.

12 l cohort and several subgroups had a typical early morning (12 am to 6 am) nadir in therapies, with s

13 with changes to patterns of violence in the early morning (3 a.m. to 6 a.m.).

14 depressant effect of light is potentiated by early-morning administration in circadian time, optimall

15 before sleep, FMD decreased markedly in the early morning after waking and recovered by late morning

16 entially accumulate during the late night to early morning, although they vary with respect to steady

17 ifficult to predict remotely than during the early morning and at lower altitudes.

18 nd 27 pg m(-3) respectively), in contrast to early morning and evening RGM levels which dropped to lo

19 team activation is less frequent during the early morning and is followed by a spike in mortality in

20 h per day, due to sulfide inhibition in the early morning and late afternoon.

21 s, the concentration of cAMP was high in the early morning and low in the remainder of the day and ni

22 ocardial infarction occurs frequently in the early morning, and it may partly result from circadian v

23 that endothelial function is reduced in the early morning, around the time of waking, compared with

24 FASPS), an autosomal dominant condition with early morning awakening and early sleep times.

25 dullary system and their sequella, including early morning awakening and loss of appetite.

26 insomnia with too short duration of sleep or early morning awakening), or a combination of the previo

27 es in falling asleep, maintaining sleep, and early morning awakening, and is coupled with daytime con

28 otype characterized by early sleep times and early-morning awakening.

29 ntaining sleep, 1.04 (95% CI, 0.88-1.22) for early-morning awakenings, and 1.24 (95% CI, 1.05-1.46) f

30 s of vitamin B-12 at 6-h intervals beginning early morning (baseline) on day 1.

31 oflavone-rich soy protein isolate drink, the early morning blood levels of genistein and daidzein wer

32 Studies of early morning bright light or evening melatonin agonists

33 Our observations suggest that nighttime and early morning chemistry in the upper levels of a PCAP pl

34 In the retina, early morning circadian photoreceptor rod shedding prece

35 ment days; overnight sputum collections with early morning collections; and quantitative smears for a

36 s are generally higher during late-night and early morning compared to afternoons.

37 Early morning concentrations of DHEA, DHEA-S, and cortis

38 Health Evaluation) score, is correlated with early morning cortisol, dehydroepiandrosterone (DHEA), a

39 elf-reported current depressive symptoms and early-morning cortisol), we undertook a population-based

40 Early morning didactic sessions improve the educational

41 Early-morning exposure to UV also produced maximal activ

42 and erythema were maximal following an acute early-morning exposure to UV and minimal following an af

43 or delay was greatest during the evening and early morning hours (6:00 p.m. to 6:00 a.m.) Patients wi

44 tin levels were highest between midnight and early morning hours and lowest around noon to midafterno

45 es (35 +/- 21 Mm(-1)) during late evening to early morning hours and was attributed to primary emissi

46 set occurs with greater incidence during the early morning hours in humans.

47 rmalized substance excretion observed during early morning hours originate from individuals among the

48 t their performance was more impaired in the early morning hours.

49 lyphosphatase levels were highest during the early morning hours.

50 ning hours and is at its lowest in the night/early morning hours.

51 maximum efficiency until desiccating in the early morning hours.

52 sient increase of cAMP concentrations in the early morning (i.e. by treating the embryos with 8-bromo

53 FMD is blunted in the early morning in healthy subjects.

54 The early morning is when DNA repair is at a minimum, and th

55 ed as a reference anchor for circadian time, early morning light exposure was superior to late mornin

56 Decreased endothelial function in the early morning may have implications for our understandin

57 A typical early morning nadir was seen in the entire cohort.

58 sly described occurrences of a morning peak, early morning nadir, and peak on Mondays in ICD therapie

59 However, Tim is rapidly degraded in the early morning or in response to light, releasing Per fro

60 ntration of 28 ppt was observed following an early morning peak of 75 ppt of Cl2.

61 life-threatening VA failed to show a typical early morning peak or increased VA events on Mondays.

62 served earlier with 12-h photoperiods, to an early morning peak, and flowering was hastened.

63 s of ISR and plasma insulin that rose in the early morning, peaked in the afternoon, and declined dur

64 In addition, the early morning peaks in levels of GA20 and GA1 in 58M und

65 Early morning phosphorylation of PER by the kinase Doubl

66 orescent white light box for 30 min/d in the early morning plus placebo pill); (2) antidepressant mon

67 tension were prospectively evaluated with an early-morning ratio of plasma aldosterone to plasma reni

68 Ocular exposure to early morning room light can significantly advance the t

69 ase in the number of women returning with an early-morning specimen (p=0.02).

70 Collecting early morning sputum did not significantly increase diag

71 A single early-morning sputum specimen collected from each patien

72 4 men, 25 women; mean age 32.9 years; median early morning stiffness 30 minutes) were randomized.

73 d (disease activity, clinical effects, pain, early morning stiffness duration, fatigue, patient safet

74 d by PER and TIM during the late evening and early morning, suggesting the formation of a tetrameric

75 d from 10 to 28 weeks and by nearly 50% from early morning to afternoon.

76 in-to-creatinine ratio calculated from three early-morning urine samples obtained every 6 months over

77 sleep, and mild urinary retention (requiring early morning voiding).

78 hythmicity in its expression, peaking in the early morning, which is associated with increased risk f